Design and simulation of an active dc filter for high voltage direct current transmission systems
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Abstract (EN)
In this thesis, a monopolar High Voltage Direct Current (HVDC) transmission system model is formed. Series, parallel and series-parallel active direct current filter desings were carried out to suppress harmonics caused by the load and converters in this HVDC transmission system. Simulations of the designed HVDC transmission system using these filter was carried out in MATLAB Simulink. Waveforms and total harmonic distortion (THD) values of load current and voltage were obtained in this transmission system model for filtered and unfiltered conditions. Harmonics in the load voltage and current was suppressed to a large extent by active direct current filter used in the HVDC transmission system. Furthermore, THD values for current and voltage were obtained significantly below 5%. According to these results, designed active direct current filters which have simple structure and not complex controller offer significant advantages.
Author
Murat Akdemir
Institution
How to Cite
Murat Akdemir (Master Thesis). Design and simulation of an active dc filter for high voltage direct current transmission systems, 2015, Siirt University.
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